The word is getting out about Spyderfest

[docdoru]

In the Einstein's parallel mirrors experiment, when the light pulse strikes the opposite mirror, there should appear an interferential picture. The Gilette mirror experiment shows - the picture appears between the falling on the mirror beam and the reflected one. This means we see the light pulse's side along some perpendicular line, with light pulse being some length (e.g.). The more close to the surface of the mirror the falling beam is, the more circles (fringes) there in the picture should be, which means ... my interferential picture is an embodiment of famous equation (1 - v2/c2)-1/2
Note: Assuming Newton - c'/c (relative speed/absolute speed).
Assuming Einstein - t'/t (relative time/absolute time).

 

[BajaRon]

In the Einstein's parallel mirrors experiment, when the light pulse strikes the opposite mirror, there should appear an interferential picture. The Gilette mirror experiment shows - the picture appears between the falling on the mirror beam and the reflected one. This means we see the light pulse's side along some perpendicular line, with light pulse being some length (e.g.). The more close to the surface of the mirror the falling beam is, the more circles (fringes) there in the picture should be, which means ... my interferential picture is an embodiment of famous equation (1 - v2/c2)-1/2
Note: Assuming Newton - c'/c (relative speed/absolute speed).
Assuming Einstein - t'/t (relative time/absolute time).

And assuming anyone has any idea what you are talking about! :dontknow:

 

[docdoru]

And assuming anyone has any idea what you are talking about! :dontknow:

http://math.ucr.edu/home/baez/physics/Relativity/SpeedOfLight/c.html

 

[G-Man]

In the Einstein's parallel mirrors experiment, when the light pulse strikes the opposite mirror, there should appear an interferential picture. The Gilette mirror experiment shows - the picture appears between the falling on the mirror beam and the reflected one. This means we see the light pulse's side along some perpendicular line, with light pulse being some length (e.g.). The more close to the surface of the mirror the falling beam is, the more circles (fringes) there in the picture should be, which means ... my interferential picture is an embodiment of famous equation (1 - v2/c2)-1/2
Note: Assuming Newton - c'/c (relative speed/absolute speed).
Assuming Einstein - t'/t (relative time/absolute time).

I shined a flashlight on a pcture once...just ride fast! :doorag:

 

[effgjamis]

What Doc is trying to say:

Doc + RS + Turbo + rear view mirrow = Fast

 

[bullant12]

In the Einstein's parallel mirrors experiment, when the light pulse strikes the opposite mirror, there should appear an interferential picture. The Gilette mirror experiment shows - the picture appears between the falling on the mirror beam and the reflected one. This means we see the light pulse's side along some perpendicular line, with light pulse being some length (e.g.). The more close to the surface of the mirror the falling beam is, the more circles (fringes) there in the picture should be, which means ... my interferential picture is an embodiment of famous equation (1 - v2/c2)-1/2
Note: Assuming Newton - c'/c (relative speed/absolute speed).
Assuming Einstein - t'/t (relative time/absolute time).

Don't need to rub in why we call you "Doc", Doc!:roflblack:

 

[BajaRon]

The speed of light in air is about 186k mps (miles per second). Even Doc is going to have problems keeping up with that. And think of the MPG. Just 1 second at that speed at $3.50 a gallon would put a dent in Doc's wallet for sure!

On the other hand, you can knock about 45,000 miles a second off of light speed in water. So Doc would only need to get up to about 140k mps in that environment. Kind of hard on the turbo though, I would think.....

 

[Mo Lee]

Well lets see, last we heard Doc and Forrest were headed to Deals Gap. Wonder if they decided to visit the writer to discuss wardrobe.

 

[SpyderDen]

I'm having withdrawls...............Please post again :bowdown:

 

[dltang]

Ron, it is about time for another episode. Ignoring this thread will not make us forget.

 

[BajaRon]

Ron, it is about time for another episode. Ignoring this thread will not make us forget.

How about an episode where the writer has a nervous breakdown! :helpsmilie:

 

[effgjamis]

I sure hope not...

 

[dave01]

How about an episode where the writer has a nervous breakdown! :helpsmilie:

OH.NO....Have we lost Ron. Has the pressure become too much for him....

 

[GloryRyders]

How about an episode where the writer has a nervous breakdown! :helpsmilie:

No pressure Ron:gaah:all of us just miss them.

 

[bullant12]

No pressure Ron:gaah:all of us just miss them.

:agree::agree::agree::gaah::gaah::gaah:

 

[SpyderWolf]

We want more! We want more! We want more!

Oh, sorry about that Ron. Please feel free to take all the time you need to recover from your nervous breakdown, and we will try to be patient. :gaah:

 

[dave01]

We want more! We want more! We want more!

Oh, sorry about that Ron. Please feel free to take all the time you need to recover from your nervous breakdown, and we will try to be patient. :gaah:

No you wont....Who are you trying to fool? :roflblack::roflblack::roflblack:

 

[BajaRon]

No pressure Ron:gaah:all of us just miss them.

I've been trying to find time to have a nervous breakdown, but I'm just too busy! Now I'm getting phone calls from a certain G&G rider wondering when I'm going to work on my Spyder!

I'm rescheduling the NB so I can work on other things.

 

[SpyderWolf]

No you wont....Who are you trying to fool? :roflblack::roflblack::roflblack:

Shhh, I am trying to use a little reverse psychology here.